Terminal Node of Active Distribution Network Correlation Compactness Model and Application Based on Complex Network Topology Graph

Multiple nodes (such as distributed generation (DG), electric vehicles (EV), energy storage (ES), flexible loads (FL), etc.) are connected to the active distribution network (ADN), which changes its original operational mode. According bidirectional current and low-voltage transmission mode, this study proposed a multi voltage electricity flat loop network, AC/DC (Alternating Current/ Direct Current) hybrid unified interface self-organizing based on Complex theory. First, ADN complex topology of various is established actual grid terminal power flow sensitivity algorithm. Second, using TOPSIS model, influence factor matrix weighted directed established. The can be used guide formulation operation robustness reliability paper verified by standard level main model provided Panda Power website verification method. Finally, maximization calculation New Creedy algorithm, node correlation expanded form super family region set network. results show that seven in have high correlation, while other low correlation. In addition, change reactive has little impact nodes, for with rate 0, it obviously not same supply 1, theoretically may topological relationship, node, or completely independent. Analyzing relationship between guiding significance recovery interaction reconfiguration.